All-in-one platform for identity verification, fraud detection, and compliance.
iDenfy uses a three-layer process to verify identity. This protects startups, financial services, gambling, streaming, ridesharing and other digital services against identity fraud. The process protects companies from the most dangerous forms of identity fraud.
iDenfy offers a variety of fraud prevention services, including business verification, proxy detection and fraud scoring, AML screening, monitoring and AML screening, NFC verification and other fraud prevention services.
iDenfy was founded before AML, GDPR, and fraud regulations were implemented. It pioneered the identity verification process. The company covers the entire ID verification process for users, combining AI biometric recognition with manual human checks to verify they are real users.
Use our ID verification software to save up to 40% on identity verification services. Save up to 40% on identity verification costs by paying only for successful ID verification.
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Josys is an AI-native identity security and governance platform built for the age of enterprise AI. As AI adoption accelerates, identity has become the fastest-growing attack surface and the hardest to govern. Josys discovers, governs, and secures every identity in the enterprise, human, machine, and AI agent, across every application. Its policy-led model lets security and IT teams set access policies once and enforce them autonomously: risk gets surfaced, access gets controlled, and identity threats get remediated in real time, with no manual oversight required. Over 1,000 organizations and MSPs worldwide trust Josys to turn identity from a liability into an autonomously governed advantage. Learn more at josys.com.
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Veres One
Veres One offers a secure, privacy-focused, and economical method for managing your online identity. By utilizing ledgers, it effectively lowers the costs associated with identifier management through a shared infrastructure model. Specifically designed for identity management, Veres One further minimizes expenses, ensuring that operating costs and transaction fees remain significantly lower than those of general-purpose ledgers such as Bitcoin and Ethereum. In contrast to many other blockchain networks, Veres One opts out of a limited network token, thereby eliminating the price fluctuations and regulatory challenges commonly linked to speculative token ecosystems. Instead, Veres One maintains low and stable fees that tend to decrease as the network expands. Moreover, distributed systems encourage competition to work together on a shared infrastructure, fostering an environment that inherently resists centralization, surveillance, and censorship—key threats to personal identity. By leveraging decentralized technology and governance, Veres One safeguards your identifiers effectively while promoting greater user autonomy in the digital landscape. Ultimately, this approach not only enhances security but also empowers individuals to take control of their online presence.
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Hyperledger Besu
Hyperledger Besu is an Ethereum client tailored for enterprise applications that cater to both public and private permissioned networks. It is capable of running on various test networks, including Rinkeby, Ropsten, and Görli. The client supports multiple consensus mechanisms such as Proof of Work (PoW) and Proof of Authority (PoA), featuring options like IBFT, IBFT 2.0, Ethash, and Clique. Its robust permissioning frameworks are specifically crafted for consortium settings. Additionally, Hyperledger Besu adheres to the Enterprise Ethereum Alliance (EEA) specifications, which aim to establish uniform interfaces among various Ethereum projects, whether open-source or proprietary. This ensures that users remain free from vendor lock-in while fostering standardized interfaces for application development. By aligning its enterprise capabilities with the EEA client standards, Hyperledger Besu effectively contributes to the Ethereum ecosystem. Furthermore, the client’s implementation of diverse consensus algorithms is crucial for processes such as transaction validation, block validation, and the production of new blocks, enhancing its overall reliability and performance.
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